Product Portfolio
AMS Technologies supplies a broad portfolio of light-emitting diode (LED) solutions, ranging from LED chips and packaged LED components for through-hole and SMT mounting, to LED modules and LED spotlights, all the way to collimated, multi-wavelength and lightguide-coupled LED light sources.
LED Chips
A series of high-end LED chips with high efficiency and very good degradation stability is available with wavelengths from 355 nm in the UV range up to 1720 nm in the infrared range. These LED chips feature up to 90 mW of radiant power and up to 11,000 mcd of luminous intensity.
For special applications, AMS Technologies provides a series of green (572 nm), red (625 nm and 650 nm) and infrared (850 nm) point source LED chips, designed to form a parallel light beam, as well as a series of monolithic LED display chips with separately addressable segments, enabling users to present numbers, letters and symbols.
LED Components & Modules
Our series of SMD LEDs comprises a variety of different LEDs in standard SMD packages like 1206, 0805, PLCC4, sidelooker or ceramic, featuring viewing angles from 40° to 180°. Different layouts are available with one to four chips as well as with power chips.
A variety of different LEDs in 3 mm or 5 mm molded plastic package feature a low variance of optical and electrical parameters. Package, lens shapes, viewing angle and wavelength in the range from 355 nm (UV) to 1750 nm (infrared) can be customized and adapted to the application. Various combinations of an infrared LED (IRED) and a photodiode in molded plastic packages are available for smoke detection applications.
Our series of high-quality, single-chip LEDs covers all wavelengths in the UV, visible and IR spectra, from 365 nm to 1750 nm. A variety of different LEDs in hermetic TO cases (TO‐05, TO‐18, TO‐39 or TO‐46) are available, featuring high efficiency and degradation stability and equipped with flat window cap or lens cap. And our series of 1300 nm edge-emitting LEDs comprise components with 14-pin DIL package and single mode (SM) or multi mode (MM) fiber pigtail as well as with TO-53 package sealed by a window or aspheric lens cap.
With its very high light output power of 50 mW in the UVC wavelength range (260 nm to 280 nm), our UVC LED module is ideal for sterilizing surfaces (e.g. the handrail of an escalator) or for use in air purifiers and air conditioners. The module is very easy to design into devices and systems due to its integrated driver circuit for a 12 VDC power supply, a beam angle of 120°, very low heat emission and compact dimensions.
LED Spotlights & Light Sources
AMS Technologies carries a series of high-power LED spotlights comprising ready-to-use light source solutions with integrated heat sinks and mounted collecting optics for numerous applications in industry, consumer, medical, and scientific fields. Precision LED spotlights combine state-of-the-art high-power LED emitters and a proprietary high-NA multi-element aspherical optical system into general-purpose light sources that can be used where uniform and high-intensity illumination is required.
Deep UV collimated LED light sources cover the wavelength range between 240 nm and 340 nm and employ a high-numerical-aperture aspherical collimating lens for precision collimation and high light throughput. High-power collimated LED light sources for the UV to NIR wavelength ranges are available with clear apertures of 11, 22, 38 or 48 mm and output powers of up to 1.5 W, while our series of super high-power collimated LED light sources feature up to 3.5 W of optical output power.
Multi-wavelength collimated LED light sources use multi-wavelength beam combiners to efficiently combine multiple LED sources into a single output beam and offer major advantages such as long lifetime, easily tunable spectrum, high power stability, and ultra-fast switching without using moving mechanical components – while our series of wavelength-switchable LED light sources let users manually switch between a selection of LED sources with different wavelengths and/or white LEDs.
High-power lightguide-coupled LED light sources are designed for high-efficiency coupling of LED light into a liquid lightguide (LLG) or a fiber optic bundle – virtually all lightguides with core diameters ranging from 3 mm to 8 mm can be used.
Accessories
Accessories for LED light sources, including those for lightguide-coupled and for collimated LED light sources, comprise items like lightguide collimators, focusing modules, cables, fiber-optic adapters, microscope illumination tubes, connector tubes, connecting plates, thread converters, empty filter/optics holders, lightguide holders and many more.
Related Products
Complementing AMS Technologies’ LED light sources, our broad portfolio of lasers and light sources encompasses SLED light sources, broadband, ASE and supercontinuum light sources, but also laser sources like DPSS lasers, diode lasers, gas lasers, OPOs and tunable lasers or other lasers and light sources – and also includes an exceptionally broad portfolio of laser diodes and modules for a wide variety of wavelengths and optical output powers.
For reliably cooling light sources, laser systems and laser components, we carry a very wide thermal management portfolio, ranging from components like thermoelectric, Peltier modules (TECs), heat sinks and fans to TEC- or compressor-based plate to air thermal management assemblies like our mini direct cooling thermoelectric kit to liquid to air thermal management assemblies like recirculating chillers.
Laser safety products available from AMS Technologies include protective eyewear as well as laser safety windows, curtains and cabins.
Our large portfolio of precision optics, manufactured of various optical materials and coated to very specific and demanding tolerances, including disk-shaped optical beamsplitters, optical scanners and deflectors, optical mirrors, windows, filters, lenses, prisms, polarization optics or etalons.
Additionally, we offer a broad range of complementary products such as optical mounts, rotary and translation stages, optical tables, breadboards and platforms as well as a variety of optical test and measurement equipment.
Definition
As an optoelectronic semiconductor light source, a light-emitting diode (LED) emits light when current flows through it in the forward direction. With its p/n junction, an LED behaves like the basic, non-luminous form of an electronic diode, i.e. it blocks the flow of current in the reverse direction. Light or photons are generated in an LED by photoluminescence, but not based on a laser process. Electrons and holes generated in the junction of the LED recombine in the semiconductor, releasing energy in the form of photons.
The band gap of the semiconductor determines the wavelength of the emitted light – LEDs are available with wavelengths from infrared (IR) to ultraviolet (UV). White light can be produced with a combination of several semiconductors (e.g. red, green and blue dies) or with the help of a light-emitting layer of phosphor deposited onto the LED semiconductor.
High-power LEDs are operated at high currents, and thus larger amounts of heat must be dissipated from the semiconductor because LEDs do not radiate heat as the long-wave component of the emitted light, as incandescent lamps do. For heat dissipation, high-power LEDs usually feature a large-area, good heat-conducting carrier plate for direct mounting on a heat sink – or even integrated heat sink structures.
LED chips are available both "naked" for integration into customized packages or substrates and as ready-to-use components, pre-installed in packages for surface (SMT) or through-hole mounting, usually hermetically molded or sealed with plastics that are transparent for the respective wavelength. LEDs in metallic TO-style packages often have high-quality optical glass on the top. In LED modules, the LEDs are already mounted on a heat sink; in addition, these modules often contain the driver electronics optimally matched to the respective LED or LEDs.
Complete LED light sources such as LED spotlights with integrated heat sinks and collimated optics already mounted are optimized for the respective application and can be easily integrated by customers into their own applications. In a collimated LED light source or LED collimator, the LED emitter is arranged in the focal plane of a collimating lens that images the emitter into infinity. Such collimated LED light sources can be used in illumination systems and, for example, as a lamp in a microscope that provides stable, bright illumination that can be modulated at high speed.
If LED light sources with several wavelengths are required, multi-wavelength light sources are available, utilizing beam combiners which combine the outputs of several LED light sources with different wavelengths into a common output beam. The individual LED light sources are selected according to the requirements of the application. The heart of the beam combiner is a dichroic or neutral beam splitter that can combine two wavelengths with high efficiency.
Alternative Terms: Light-emitting Diode; LED Chip; LED Component; LED Module; High-Power LED; LED Spotlight; Collimated LED Source; LED Collimator; Multi-wavelength LED Source; Lightguide-coupled LED Source
Accessories for Collimated LED Light Sources
Accessories for Mightex collimated LED light sources comprise dedicated focusing modules and interchangeable collimating lenses, lightguide, microscope and fiber-optic adapters, microscope illumination tubes, connector tubes, a thread converter, empty filter/optics holders, a lightguide holder for converting Type-B LCS into Type-B GCS as well as accessories for beam combiners like a push-pull adjustable mount, a 11 mm LCS adapter or connecting plates.
Six different ACC-LCS-F-xx focusing modules for collimated LED light sources are available, comprising modules for 11 to 48 mm clear-aperture collimated LED light sources with working distances from 5 to 100 mm. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview” and the downloadable installation drawings.
Eight ACC-LCS-C-xx(-B) additional interchangeable collimating lenses for collimated LED light sources are used to produce different beam sizes with the same LED light source base: Four models with clear apertures of 11, 22, 38 and 48 mm as well as four variants for Type-B light sources. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview”.
Four different LCS-LGA22-xxx lightguide adapters can be used to couple light from a 22-mm-diameter collimated LED light source into a lightguide. Variants for lightguides with ferrule diameters of 5, 6.35 (1/4”), 7 and 11.1 mm as well as a ferrule length of 15 mm or greater are available. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview” and the downloadable installation drawings.
Eight different ACC-BC25-xxx microscope adapters allow to connect LCS collimated LED light sources and beam combiners to microscopes. Single LCS light sources as well as LCS-BC25 beam combiners or WLS sources can be connected to microscopes like Leica DMI, Olympus (IX & BX, other), Zeiss Axioskop, Nikon Eclipse, Eclipse E200 and LV-UEPI/2/A. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview”.
A LCS-FPC-ADP-SMA fiber-optic adapter can be used to couple light from a LCS-Series collimated LED light source (22-mm aperture) into a fiber patchcord and accepts SMA connectorized fiber patchcords.
Three different ACC-BC25-MIT-xxx microscope illumination tubes allow to couple a beam combiner or LCS-Series collimated LED light source into the infinity optical path of microscopes. The lengths of these microsope illumination tubes are designed for one beam-combiner distance (up to two LCS sources) or two beam-combiner distances (up to four LCS sources). For details, please refer to the downloadable installation drawing.
Three different ACC-LCS-xxx connector tubes for LCS-Series collimated LED light sources are available, comprising a male-to-male C-mount connector with inner threads, a female-to-female C-mount connector with outer threads and a 15 mm extension tube for 22 mm clear-aperture LCS-Series light sources. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview”
An ACC-LCS-27C adapter is available for converting M27 thread to C-thread.
Two different empty filter/optics holders for 22 mm clear-aperture collimated LED light sources are available (ACC-LCS-H-22, ACC-LCS-EH). Both are excitation filter holders for 25.4 mm (1”) diameter filters with up to 5 mm thickness, with ACC-LCS-EH featuring a threaded output end to connect to Mightex LCS-LGA22-xxx lightguide adapters or ACC-BC25-xxx microscope adapters. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview” and the downloadable installation drawing.
Mightex’s GCS-LGH-B-0515 lightguide holder is used to replace the collimating lens on a Type-B LCS in order to convert it to a Type-B GCS. This holder is suitable for lightguides with a ferrule diameter of 5 mm (typical 3-mm-core lightguides) and a ferrule length of 15 mm or greater.
Mightex’s ACC-LCS-BC25-PPM push-pull mount for multi-wavelength beam combiners is user-adjustable.
Currently, Mightex’s multi-wavelength beam combiners can only be used to directly combine 22-mm-diameter collimated LED light sources. For 11-mm-diameter collimated LED light sources, an ACC-BC25-011 mechanical adapter can be used to attach the LED sources to the beam combiners, before the 11-mm-diameter collimated LED sources can be combined.
Three different ACC-BC25-CP-01/02/03 connecting plates are available to connect two or more multi-wavelength beam combiners together, with four screws included. For details, please refer to the downloadable “Accessories for Collimated LED Light Sources Overview” and the downloadable product overview.
Product number:
SW11231
Manufacturer:
Mightex
Accessories for LED Light Sources
Accessories for Mightex LED light sources comprise lightguide collimators, dedicated focusing modules for collimated LED light sources, various cables, fiber-optic adapters, microscope illumination tubes, connector tubes for LCS-Series light sources, a thread converter, empty filter/optics holders, a lightguide holder for converting Type-B LCS into Type-B GCS as well as accessories for beam combiners like a push-pull adjustable mount, a 11 mm LCS adapter or connecting plates.
Four different lightguide collimators are used to either couple light from free space into a lightguide or collimate light from a lightguide to form a collimated (parallel) optical beam. Lightguide collimators are key components with numerous applications. For example, a lightguide collimator can project light from a lightguide into a uniform spot in free space. High-numerical-aperture aspherical lenses are used for precise collimation and maximum light throughput. The collimators feature adjustable focus from ~100 mm to infinity. Various lightguide ferrule diameters are supported. Customization is available for other ferrule diameters. For further details, please refer to the downloadable datasheet and the downloadable “Accessories for LED Light Sources Overview”.
Six different ACC-LCS-F-xx focusing modules for collimated LED light sources are available, comprising modules for 11 to 48 mm clear-aperture collimated LED light sources with working distances from 5 to 100 mm. For details, please refer to the downloadable “Accessories for LED Light Sources Overview” and the downloadable installation drawings.
Four different cables are available for FCS-, FFC-, GCS-, WFC- and WLS-Series LED light sources. Some cables feature push-pull connectors and/or are suitable for 4-channel light sources. For details, please refer to the downloadable “Accessories for LED Light Sources Overview”.
A LCS-FPC-ADP-SMA fiber-optic adapter can be used to couple light from a LCS-Series collimated LED light source (22-mm aperture) into a fiber patchcord and accepts SMA connectorized fiber patchcords.
Three different ACC-BC25-MIT-xxx microscope illumination tubes allow to couple a beam combiner or LCS-Series collimated LED light source into the infinity optical path of microscopes. The lengths of these microsope illumination tubes are designed for one beam-combiner distance (up to two LCS sources) or two beam-combiner distances (up to four LCS sources). For details, please refer to the downloadable installation drawing.
Three different ACC-LCS-xxx connector tubes for LCS-Series collimated LED light sources are available, comprising a male-to-male C-mount connector with inner threads, a female-to-female C-mount connector with outer threads and a 15 mm extension tube for 22 mm clear-aperture LCS-Series light sources. For details, please refer to the downloadable “Accessories for LED Light Sources Overview”.
An ACC-LCS-27C adapter is available for converting M27 thread to C-thread.
Two different empty filter/optics holders for 22 mm clear-aperture collimated LED light sources are available (ACC-LCS-H-22, ACC-LCS-EH). Both are excitation filter holders for 25.4 mm (1”) diameter filters with up to 5 mm thickness, with ACC-LCS-EH featuring a threaded output end to connect to Mightex LCS-LGA22-xxx lightguide adapters or ACC-BC25-xxx microscope adapters. For details, please refer to the downloadable “Accessories for LED Light Sources Overview” and the downloadable installation drawing.
Mightex’s GCS-LGH-B-0515 lightguide holder is used to replace the collimating lens on a Type-B LCS in order to convert it to a Type-B GCS. This holder is suitable for lightguides with a ferrule diameter of 5 mm (typical 3-mm-core lightguides) and a ferrule length of 15 mm or greater.
Mightex’s ACC-LCS-BC25-PPM push-pull mount for multi-wavelength beam combiners is user-adjustable.
Currently, Mightex’s multi-wavelength beam combiners can only be used to directly combine 22-mm-diameter collimated LED light sources. For 11-mm-diameter collimated LED light sources, an ACC-BC25-011 mechanical adapter can be used to attach the LED sources to the beam combiners, before the 11-mm-diameter collimated LED sources can be combined.
Three different ACC-BC25-CP-01/02/03 connecting plates are available to connect two or more multi-wavelength beam combiners together, with four screws included. For details, please refer to the downloadable “Accessories for LED Light Sources Overview” and the downloadable product overview.
Product number:
SW11232
Manufacturer:
Mightex
Accessories for Lightguide-coupled LED Light Sources
Accessories for Mightex’s GCS-Series of lightguide-coupled LED light sources comprise an electrical cable (product number ACC-GCS-C05), a heatsink for 3 mm core liquid lightguides (product number ACC-LLG-HS-03), a range of liquid lightguides and lightguide adapters as well as lightguide collimators.
Nine different LLG liquid lightguides are available in three wavelength ranges (300 to 650 nm, 340 to 800 nm and 420 to 2000 nm), with 3 or 5 mm core for 5 or 7 mm ferrule diameters respectively, a numerical aperture (NA) of 0.59 and lengths of 1 or 2 m. For details, please refer to the downloadable “Accessories for Lightguide-coupled LED Light Sources Overview” and the downloadable installation drawing.
Four different lightguide adapters for Type-A GCS-Series lightguide-coupled LED light sources are available. Each Type-A GCS device comes with a standard lightguide adapter for 5 mm diameter ferrule (A0510). Other adapters (as well as additional standard adapters) can be purchased separately, for lightguides with ferrule diameters of 5, 6, 7 or 8 mm and ferrule lengths of 10 mm or greater. For details, please refer to the downloadable “Accessories for Lightguide-coupled LED Light Sources Overview”.
Four different lightguide adapters for Type-B GCS-Series lightguide-coupled LED light sources are available, for lightguides with ferrule diameters of 5, 7, 8 or 10 mm and ferrule lengths of 15 mm or greater. For details, please refer to the downloadable “Accessories for Lightguide-coupled LED Light Sources Overview”.
Four different lightguide collimators are used to either couple light from free space into a lightguide or collimate light from a lightguide to form a collimated (parallel) optical beam. Lightguide collimators are key components with numerous applications. For example, a lightguide collimator can project light from a lightguide into a uniform spot in free space.High-numerical-aperture aspherical lenses are used for precise collimation and maximum light throughput. The collimators feature adjustable focus from ~100 mm to infinity. Various lightguide ferrule diameters are supported. Customization is available for other ferrule diameters. For further details, please refer to the downloadable datasheet and the downloadable “Accessories for Lightguide-coupled LED Light Sources Overview”.
Product number:
SW11316
Manufacturer:
Mightex
Deep UV LCS-Series Collimated LED Light Sources
Deep UV; 265-340 nm; 2.03-3.6 W; Iop 350-600 mA; Vop 4.3-6.3 V; Typ. Output Power 15-35 mW
Mightex’s deep UV LCS-Series of collimated LED light sources cover the wavelength range between 240 nm and 340 nm and employ a high-NA (numerical aperture) aspherical collimating lens for precision collimation and high light throughput.
A LED collimator consists of a collimating lens and a LED emitter. The LED emitter is placed at the focal plane of the collimating lens. The collimating lens thus images the LED emitter into infinity.
LED collimators can be used as the light source in an illumination system. For example, LED collimators can replace the standard lamp assembly in a microscope to provide stable, intense, and fast-modulated illumination. Typically, the rest of the illumination optics will image the LED emitter onto the pupil of the imaging optics whereas the lens aperture on the collimator where intensity is uniform will be projected onto the object. In other illumination applications, similar arrangement should be made to produce uniform and efficient illumination.
The LED emitters of the deep UV LCS-Series collimated LED light sources are mounted directly onto the metal base of the collimator which also features an integrated heat sink. This configuration minimizes thermal resistance between the LED emitter and the heat sink resulting in better heat dissipation. The collimating lens can be adjusted if needed for precise collimation. A locking ring fixes the lens position after adjustment. The collimators have been pre-adjusted in the factory.
The LED collimators include a 1.5-meter cable with two bare-wire terminals at the end for universal LED controllers. The light sources can be driven by Mightex LED controllers or other LED controllers and current sources.
WARNING: Due to low current ratings, certain Type-D deep UV LCS-Series collimated LEDs should only be controlled using the LED controllers SLA-0100-2 or SLC-FAxxIn addition to using the correct LED controllers listed above, an appropriate current range must be set according to the LED’s current rating, in order to properly protect the highly delicate deep UV LED. LED damage due to over-driving is not covered by Mightex’s product warranty.
Key Features:
Deep UV Wavelength Range: 265 to 340 nm
Interchangeable Aspherical Collimating Lens
High Numerical Aperture (NA)-
Typical Collimated Output Power 15 to 35 mW
Adjustable Focus
Optional Focusing Module
Optional Lightguide Adapter
Multiple Mounting Features for Lab and OEM Applications
Integrated Heatsink
Applications: Microscope Illuminator; General Purpose Deep UV Light Source; Fiber Coupling (With Optional Focusing Module)
Product number:
SW11230
Manufacturer:
Mightex
EODC-660-19-xx Monolithic LED Display Chips for Optical Systems
660 nm; Visible, Red; GaAsP/GaAs Diffusion Type; Luminous Intensity/Segment 80-400 µcd
LED display chips enable to present numbers, letters and symbols. EPIGAP Optronic’s EODC-660-19-xx series of monolithic LED display chips provide various functionality and information in optical instruments.
Each segment is separately addressable. The red colour (660 nm) of these GaAsP-based chips is visible at low currents, resulting in extended battery life in battery-powered, mobile, portable optical instruments.
Various customized layouts like digits and symbols are available from development to serial product, with up to 30 segments per chip and multi-chip feasible. Please contact the AMS Technologies display LED chip experts to find the right solution that meets your design project’s requirements. We would like to support you and look forward to your inquiries!
Further specialized LED chips provided by EPIGAP Optronic are EOLC-xxx-19-xx Point Source LED Chips. EPIGAP Optronic’s standard LED components are also available as standard bare LED chips (EOLC series) with high efficiency and very good degradation stability as well as standard components mounted in different packages. For further details, please refer to the series EOLD-xxxx-3xx/5xx Molded Plastic LEDs, EOLD-xxxx-0xx Hermetic TO LEDs and EOLS SMD LEDs.
Key Features:
Emission Colour: Red (660 nm) With High Brilliance and Contour Sharpness
GaAsP/GaAs Diffusion Type
Small Character Size: 7-segment Chip With Overall Height of 0.5 mm to 1.5 mm
Line Width: Typically 25 µm
Luminous Intensity per Segment: 80 µcd to 400 µcd
Low Drive Current Supporting Battery-driven Portable Devices
Customized Layouts Available From Development to Serial Product (up to 30 Segments per Chip, Multi-chip Feasible)
Applications: Binoculars; Spotting Scopes; Microscopes
Product number:
SW11566
Manufacturer:
EPIGAP Optronic
EOLC LED Chips
355-1720 nm; UV, Visible, IR; Radiant Power 1-90 mW; Luminous Intensity 140-11,000 mcd
The starting point for any optoelectronic solution is the LED chip, which essentially determines the future product characteristics of the LEDs. EPIGAP Optronic provides the EOLC series of high-end LED chips from 355 nm in the UV range up to 1720 nm in the infrared range with high efficiency and very good degradation stability
These LED chips with chip sizes from 265 x 265 μm to 365 x 365 μm feature a low variance of optical and electrical parameters. Excellent measuring technology supports production and ensures compliance with the quality requirements. This allows the chips to be selected according to optical and electrical parameters with an accuracy of up to ±3 nm.
All LED chips undergo high-speed tests with 100 % analyzed spectrum as well as analysis for secondary and side peak, analysis for FWHM. Visual inspection for displays is provided as well as additional visual inspection for homogeneity of emitting intensity on request.
Highly efficient power LED chips are available in the spectral range from 365 nm (UV) to 1050 nm (NIR) with high degradation stability and lifetime testing. Chip sizes of power LED chips range from 650 x 650 μm up to 1000 x 1000 μm or even more.
The variety of chips in terms of wavelength, chip size and polarity is EPIGAP Optronic’s strength and allows for the selection and adaptation to the specifications of your application. Please contact the AMS Technologies LED experts to find the right standard or customized product that meets your design project’s requirements. We would like to support you and look forward to your inquiries!
In addition to the EOLC series of standard LED chips, EPIGAP Optronic’s portfolio includes special chips like EOLC-xxx-19-xx point source LED chips or EODC-660-19-xx monolithic LED display chips for optical systems.
EPIGAP Optronic’s LED chips are also available as standard components mounted in different packages. For further details, please refer to the series EOLD-xxxx-3xx/5xx Molded Plastic LEDs, EOLD-xxxx-0xx Hermetic TO LEDs and EOLS SMD LEDs.
Applications: Industrial Sensors; Automation; Security and Safety Technology; Diagnostics; Biomedical Technology; Medical Imaging; Analytical Instruments; Scientific Analysis; Photo Catalyst; Medical Phototherapy; UV Curing; UV Sterilization
Product number:
SW11564
Manufacturer:
EPIGAP Optronic
EOLC-xxx-19-xx Point Source LED Chips
572-850 nm; Visible, IR; Radiant Power 0.005-1.8 mW; Luminous Intensity 0.09-40 mcd; Emission Area Diameter 10-100 µm
EPIGAP Optronics’ EOLC-xxx-19-xx series of point source LED chips is designed to form a parallel light beam. The double wire bond construction on top eliminates any obstruction and dark spots.
Available wavelengths are green (572 nm), red (625 nm and 650 nm) and infrared (850 nm) with apertures of emitting area Ø 10 µm, Ø 25 µm, Ø 50 µm and Ø 100 µm. EOLC-xxx-19-xx point source LED chips provide a very narrow, defined and precise beam and an optional ball lens. They offer effective suppression of undesirable side radiation along with simple collimation and feature high coupling efficiency to optical fibers
Custom aperture sizes as well as different packages are available on request – please contact the AMS Technologies LED experts to find the right standard or customized point source LED product that meets your design project’s requirements.
Further specialized LED chips provided by EPIGAP Optronic are EODC-660-19-xx monolithic LED display chips for optical systems. EPIGAP Optronic’s standard LED components are also available as standard bare LED chips (EOLC series) with high efficiency and very good degradation stability as well as standard components mounted in different packages. For further details, please refer to the series EOLD-xxxx-3xx/5xx Molded Plastic LEDs, EOLD-xxxx-0xx Hermetic TO LEDs and EOLS SMD LEDs.
Key Features:
Geometrically Well-defined Light Sources for High-accuracy Applications
High Reliability
Long Lifetime
High Efficiency
Improved Pulsing / Flashing Speeds
Low Power Consumption
Green, Red and Infrared Versions Available
Wavelength Range: 572 nm to 850 nm
Emission Area Diameter: 10 µm, 25 µm, 50 µm, 100 µm
625 nm Versions Also Available in SMD 4040 (EOLS-625-192-25/50) and Ceramic SMD 2520 Package (EOLS-625-199-50)
Other Packages and Custom Aperture Sizes on Request
Applications: Encoders; Positioning; Fiber Communication; Distance and Range Finding Indication; Fluorescence Analysis; Medical Instruments Such as Endoscopes; Optical Sights
Product number:
SW11565
Manufacturer:
EPIGAP Optronic
EOLD-xxxx-0xx Hermetic TO LEDs
255-1720 nm; UV, Visible, IR; Radiant Power 0.8-8 mW; Viewing Angle 6°-114°; Package TO-05, TO-18, TO-39, TO-46
With the EOLD-xxxx-0xx series, EPIGAP Optronic provides a variety of different LEDs in hermetic TO cases as standard products, featuring high efficiency and degradation stability. TO metal case options with TO‐05, TO‐18, TO‐39 or TO‐46 package are available, equipped with flat window cap or lens cap.
The package, lens shapes, viewing angle and wavelength in the range from 255 nm (UV) to 1750 nm (infrared) can be adapted to the application. EPIGAP Optronic manufactures samples and series for standard LEDs and customer-specific components according to your specifications.
If you should not see the exact configuration that meets your design project’s requirements, please contact the AMS Technologies LED experts to find the right standard or customized product.
EPIGAP Optronic’s LED components are also available in molded plastic cases (EOLD-xxxx-3xx/5xx series) and SMD packages (EOLS series) as well as bare LED chips (EOLC series) with high efficiency and very good degradation stability.
The supplier’s variety of chips in terms of wavelength, chip size and polarity allow for the selection and adaptation to the requirements of your application. The portfolio includes special chips like EOLC-xxx-19-xx point source LED chips or EODC-660-19-xx monolithic LED display chips for optical systems.
Key Features:
Product
Wavelength
Package
Luminous Intensity
Radiant Power
Viewing Angle
Downloads
EOLD-255-092
255 nm
TO-46
1.25 mW
100°
Datasheet
EOLD-255-012
255 nm
TO-46
1 mW
6°
Datasheet
EOLD-265-092
265 nm
TO-46
1.35 mW
100°
Datasheet
EOLD-265-012
265 nm
TO-46
1.1 mW
6°
Datasheet
EOLD-275-092
275 nm
TO-46
2.2 mW
100°
Datasheet
EOLD-275-012
275 nm
TO-46
1.6 mW
6°
Datasheet
EOLD-310-013
310 nm
TO-46
0.9 mW
6°
Datasheet
EOLD-310-023
310 nm
TO-18
1.2 mW
24°
Datasheet
EOLD-310-043
310 nm
TO-18
1.2 mW
40°
Datasheet
EOLD-310-093
310 nm
TO-18
1.2 mW
113°
Datasheet
EOLD-310-093-1
310 nm
TO-5
1.5 mW
114°
Datasheet
EOLD-310-013-6
310 nm
TO-5
0.8 mW
6°
Datasheet
EOLD-325-013
325 nm
TO-46
1 mW
6°
Datasheet
EOLD-325-023
325 nm
TO-18
1.5 mW
24°
Datasheet
EOLD-325-043
325 nm
TO-18
1.4 mW
40°
Datasheet
EOLD-325-093
325 nm
TO-18
1.2 mW
113°
Datasheet
EOLD-325-093-1
325 nm
TO-39
1.7 mW
114°
Datasheet
EOLD-325-013-6
325 nm
TO-5
1 mW
6°
Datasheet
EOLD-340-013
340 nm
TO-46
0.9 mW
6°
Datasheet
EOLD-340-023
340 nm
TO-18
1.3 mW
24°
Datasheet
EOLD-340-043
340 nm
TO-18
1.3 mW
40°
Datasheet
EOLD-340-093
340 nm
TO-18
1.3 mW
113°
Datasheet
EOLD-340-093-1
340 nm
TO-5
1.7 mW
114°
Datasheet
EOLD-340-013-6
340 nm
TO-5
1 mW
6°
Datasheet
EOLD-365-012
365 nm
TO-18
1.5 mW
10°
Datasheet
EOLD-365-092
365 nm
TO-18
1.5 mW
90°
Datasheet
EOLD-370-012
370 nm
TO-46
1.5 mW
10°
Datasheet
EOLD-460-013
460 nm
TO-46
16000 mcd
8 mW
10°
Datasheet
EOLD-470-013-2
470 nm
TO-46
4 mW
12°
Datasheet
EOLD-810-095-4
810 nm
TO-46
2.2 mW
90°
Datasheet
EOLD-880-015-1
880 nm
TO-46
1.8 mW
6°
Datasheet
EOLD-940-015
940 nm
TO-46
5 mW
6°
Datasheet
EOLD-1050-015
1050 nm
TO-46
1.6 mW
6°
Datasheet
EOLD-1050-095
1050 nm
TO-46
5 mW
40°
Datasheet
EOLD-1060-015
1060 nm
TO-46
1.6 mW
6°
Datasheet
EOLD-1200-015
1200 nm
TO-46
1.5 mW
6°
Datasheet
EOLD-1200-095
1200 nm
TO-46
1.5 mW
50°
Datasheet
EOLD-1300-015
1300 nm
TO-46
1.6 mW
6°
Datasheet
EOLD-1300-095
1300 nm
TO-46
1.6 mW
50°
Datasheet
EOLD-1450-015
1450 nm
TO-46
1.5 mW
6°
Datasheet
EOLD-1650-015
1650 nm
TO-46
1 mW
6°
Datasheet
EOLD-1720-015
1720 nm
TO-46
1 mW
6°
Datasheet
EOLD-1720-095
1720 nm
TO-46
1 mW
50°
Datasheet
Applications: Industrial Sensors; Automation; Security and Safety Technology; Diagnostics; Biomedical Technology; Medical Imaging; Analytical Instruments; Scientific Analysis; Photo Catalyst; Medical Phototherapy; UV Curing; UV Sterilization
Product number:
SW11562
Manufacturer:
EPIGAP Optronic
EOLD-xxxx-3xx/5xx Molded Plastic LEDs
355-1650 nm; UV, Visible, IR; Radiant Power 0.9-25 mW; Luminous Intensity 30-14,000 mcd; Viewing Angle 8°-110°; Package 3, 5 mm
With the EOLD-xxxx-3xx/5xx series, EPIGAP Optronic provides a variety of different LEDs in 3 mm or 5 mm molded plastic package as standard products, featuring a low variance of optical and electrical parameters.
The package, lens shapes, viewing angle and wavelength in the range from 355 nm (UV) to 1750 nm (infrared) can be adapted to the application. EPIGAP Optronic manufactures samples and series for standard LEDs and customer-specific components according to your specifications.
If you should not see the exact configuration that meets your design project’s requirements, please contact the AMS Technologies LED experts to find the right standard or customized product.
EPIGAP Optronic’s LED components are also available in hermetic TO cases (EOLD-xxxx-0xx series) and SMD packages (EOLS series) as well as bare LED chips (EOLC series) with high efficiency and very good degradation stability. The supplier’s variety of chips in terms of wavelength, chip size and polarity allow for the selection and adaptation to the requirements of your application. The portfolio includes special chips like EOLC-xxx-19-xx point source LED chips or EODC-660-19-xx monolithic LED display chips for optical systems.
Key Features:
Product
Wavelength
Package
Luminous Intensity
Radiant Power
Viewing Angle
Downloads
EOLD-355-525
355 nm
5 mm
1 mW
15°
Datasheet
EOLD-365-525
365 nm
5 mm
4 mW
15°
Datasheet
EOLD-375-525
375 nm
5 mm
11 mW
15°
Datasheet
EOLD-375-545 HP
375 nm
5 mm
19 mW
40°
Datasheet
EOLD-385-535
385 nm
5 mm
1.8 mW
30°
Datasheet
EOLD-395-525-1
395 nm
5 mm
20 mW
25°
Datasheet
EOLD-400-334
400 nm
3 mm
25 mW
30°
Datasheet
EOLD-400-545 HP
405 nm
5 mm
25 mW
40°
Datasheet
EOLD-400-535
410 nm
5 mm
30 mcd
30°
Datasheet
EOLD-430-533
430 nm
5 mm
450 mcd
30°
Datasheet
EOLD-470-523
470 nm
5 mm
9000 mcd
15 mW
15°
Datasheet
EOLD-470-324
470 nm
3 mm
5000 mcd
10°
Datasheet
EOLD-505-534
505 nm
5 mm
8500 mcd
30°
Datasheet
EOLD-525-333
525 nm
3 mm
14000 mcd
30°
Datasheet
EOLD-525-524-1
525 nm
5 mm
18000 mcd
15°
Datasheet
EOLD-560-513
560 nm
5 mm
85 mcd
8°
Datasheet
EOLD-588-333
590 nm
3 mm
5000 mcd
30°
Datasheet
EOLD-625-333
625 nm
3 mm
5000 mcd
30°
Datasheet
EOLD-630-323
630 nm
3 mm
3500 mcd
20°
Datasheet
EOLD-660-343
660 nm
3 mm
1300 mcd
20°
Datasheet
EOLD-660-523
660 nm
5 mm
1100 mcd
15°
Datasheet
EOLD-660-592
660 nm
5 mm
130 mcd
5 mW
110°
Datasheet
EOLD-670-344
670 nm
3 mm
200 mcd
35°
Datasheet
EOLD-670-524
670 nm
5 mm
6 mW
20°
Datasheet
EOLD-700-524
700 nm
5 mm
10 mW
20°
Datasheet
EOLD-720-524
720 nm
5 mm
10 mW
20°
Datasheet
EOLD-740-524
740 nm
5 mm
6 mW
20°
Datasheet
EOLD-760-324
760 nm
3 mm
6 mW
20°
Datasheet
EOLD-760-524
760 nm
5 mm
6 mW
20°
Datasheet
EOLD-765-524
765 nm
5 mm
6 mW
20°
Datasheet
EOLD-770-524
770 nm
5 mm
6 mW
20°
Datasheet
EOLD-780-525
780 nm
5 mm
11 mW
20°
Datasheet
EOLD-810-525
810 nm
5 mm
9 mW
20°
Datasheet
EOLD-840-325
840 nm
3 mm
6.5 mW
20°
Datasheet
EOLD-850-515
850 nm
5 mm
25 mW
16°
Datasheet
EOLD-850-525
850 nm
5 mm
11 mW
20°
Datasheet
EOLD-870-355
870 nm
3 mm
22 mW
50°
Datasheet
EOLD-880-525
880 nm
5 mm
11 mW
20°
Datasheet
EOLD-900-525
900 nm
5 mm
10 mW
20°
Datasheet
EOLD-935-525
935 nm
5 mm
6.5 mW
20°
Datasheet
EOLD-940-525
940 nm
5 mm
6.5 mW
20°
Datasheet
EOLD-965-525
965 nm
5 mm
8.5 mW
20°
Datasheet
EOLD-1020-525
1020 nm
5 mm
4 mW
20°
Datasheet
EOLD-1050-525
1050 nm
5 mm
7 mW
20°
Datasheet
EOLD-1060-525
1060 nm
5 mm
1.6 mW
20°
Datasheet
EOLD-1070-535
1070 nm
5 mm
10 mW
35°
Datasheet
EOLD-1200-525
1200 nm
5 mm
1.5 mW
20°
Datasheet
EOLD-1300-525
1300 nm
5 mm
2.2 mW
25°
Datasheet
EOLD-1550-525
1550 nm
5 mm
0.9 mW
20°
Datasheet
EOLD-1650-525
1650 nm
5 mm
1.5 mW
20°
Datasheet
Applications: Industrial Sensors; Automation; Security and Safety Technology; Diagnostics; Biomedical Technology; Medical Imaging; Analytical Instruments; Scientific Analysis; Photo Catalyst; Medical Phototherapy; UV Curing; UV Sterilization
Product number:
SW11561
Manufacturer:
EPIGAP Optronic
EOLS SMD LEDs
310-1650 nm; UV, Visible, IR; Radiant Power 0.8-150 mW; Luminous Intensity 180-15,000 mcd; Viewing Angle 20°-140°; Package SMD, Ceramic SMD, SMD Sideview, PLCC4
With the EOLS series, EPIGAP Optronic provides a variety of different LEDs in SMD cases as standard products, featuring viewing angles from 40° to 180°, with normal and special squint lens types.
Standard SMD packages include 1206, 0805, PLCC4, Sidelooker and Ceramic. Different layouts are available with 1 to 4 chips as well as with power chips. This series’ thermal resistivity of about 150 K/W allows a power dissipation of <100 mW.
The package, lens shapes, viewing angle and wavelength in the range from 255 nm (UV) to 1750 nm (infrared) can be adapted to the application. EPIGAP Optronic manufactures samples and series for standard LEDs and customer-specific components according to your specifications.
If you should not see the exact configuration that meets your design project’s requirements, please contact the AMS Technologies LED experts to find the right standard or customized product.
EPIGAP Optronic’s LED components are also available in molded plastic cases (EOLD-xxxx-3xx/5xx series) and hermetic TO cases (EOLD-xxxx-0xx series) as well as bare LED chips (EOLC series) with high efficiency and very good degradation stability.
The supplier’s variety of chips in terms of wavelength, chip size and polarity allow for the selection and adaptation to the requirements of your application. The portfolio includes special chips like EOLC-xxx-19-xx point source LED chips or EODC-660-19-xx monolithic LED display chips for optical systems.
Key Features:
Product
Wavelength
Package
Luminous Intensity
Radiant Power
Viewing Angle
Downloads
EOLS-310-695
310 nm
Ceramic SMD 3535
12 mW
120°
Datasheet
EOLS-310-697
310 nm
Ceramic SMD 3535
50 mW
120°
Datasheet
EOLS-310-637
310 nm
Ceramic SMD 3535
43 mW
35°
Datasheet
EOLS-310-667
310 nm
Ceramic SMD 3535
47 mW
65°
Datasheet
EOLS-325-695
325 nm
Ceramic SMD 3535
10 mW
120°
Datasheet
EOLS-325-697
325 nm
Ceramic SMD 3535
47 mW
120°
Datasheet
EOLS-325-637
325 nm
Ceramic SMD 3535
41 mW
35°
Datasheet
EOLS-325-667
325 nm
Ceramic SMD 3535
45 mW
65°
Datasheet
EOLS-340-695
340 nm
Ceramic SMD 3535
12 mW
120°
Datasheet
EOLS-340-697
340 nm
Ceramic SMD 3535
44 mW
120°
Datasheet
EOLS-340-637
340 nm
Ceramic SMD 3535
41 mW
35°
Datasheet
EOLS-340-667
340 nm
Ceramic SMD 3535
44 mW
65°
Datasheet
EOLS-360-393
360 nm
Ceramic SMD 3020
1.1 mW
115°
Datasheet
EOLS-400-393
400 nm
Ceramic SMD 3020
16 mW
115°
Datasheet
EOLS-405-496
405 nm
Ceramic SMD 3838
1150 mW
120°
Datasheet
EOLS-420-227
420 nm
Ceramic SMD 6046
265 mW
20°
Datasheet
EOLS-430-392
430 nm
Ceramic SMD 3020
16 mW
115°
Datasheet
EOLS-440-227
440 nm
Ceramic SMD 6046
445 mW
20°
Datasheet
EOLS-460-590
460 nm
SMD 3018 sideview
180 mcd
120°
Datasheet
EOLS-460-227
460 nm
Ceramic SMD 6046
305 mW
20°
Datasheet
EOLS-470-496
470 nm
Ceramic SMD 3838
600 mW
120°
Datasheet
EOLS-470-590
470 nm
SMD 3018 sideview
240 mcd
120°
Datasheet
EOLS-480-227
480 nm
Ceramic SMD 6046
190 mW
20°
Datasheet
EOLS-490-227
490 nm
Ceramic SMD 6046
190 mW
20°
Datasheet
EOLS-505-227
505 nm
Ceramic SMD 6046
200 mW
20°
Datasheet
EOLS-525-843
525 nm
SMD 1206
3550 mcd
40°
Datasheet
EOLS-528-227
528 nm
Ceramic SMD 6046
110 mW
20°
Datasheet
EOLS-533-496
533 nm
Ceramic SMD 3838
280 mW
120°
Datasheet
EOLS-545-496
545 nm
Ceramic SMD 3838
15000 mcd
110 mW
120°
Datasheet
EOLS-545-227
545 nm
Ceramic SMD 6046
105 mW
20°
Datasheet
EOLS-565-496
565 nm
Ceramic SMD 3838
110 mW
120°
Datasheet
EOLS-570-227
570 nm
Ceramic SMD 6046
4 mW
20°
Datasheet
EOLS-590-843
590 nm
SMD 1206
1400 mcd
40°
Datasheet
EOLS-590-227
590 nm
Ceramic SMD 6046
57 mW
20°
Datasheet
EOLS-600-496
600 nm
Ceramic SMD 3838
10000 mcd
120°
Datasheet
EOLS-610-227
610 nm
Ceramic SMD 6046
30 mW
20°
Datasheet
EOLS-630-227
630 nm
Ceramic SMD 6046
150 mW
20°
Datasheet
EOLS-635-496-1
635 nm
Ceramic SMD 3838
350 mW
120°
Datasheet
EOLS-645-227
645 nm
Ceramic SMD 6046
190 mW
20°
Datasheet
EOLS-660-496
660 nm
Ceramic SMD 3838
165 mW
120°
Datasheet
EOLS-660-227
660 nm
Ceramic SMD 6046
215 mW
20°
Datasheet
EOLS-670-199
670 nm
SMD 1206
1.5 mW
140°
Datasheet
EOLS-680-227
680 nm
Ceramic SMD 6046
250 mW
20°
Datasheet
EOLS-690-496
690 nm
Ceramic SMD 3838
45 mW
120°
Datasheet
EOLS-700-227
700 nm
Ceramic SMD 6046
36 mW
20°
Datasheet
EOLS-700-496
700 nm
Ceramic SMD 3838
36 mW
120°
Datasheet
EOLS-720-227
720 nm
Ceramic SMD 6046
42 mW
20°
Datasheet
EOLS-740-843
740 nm
SMD 1206
10 mW
40°
Datasheet
EOLS-740-496
740 nm
Ceramic SMD 3838
42 mW
120°
Datasheet
EOLS-760-227
760 nm
Ceramic SMD 6046
44 mW
20°
Datasheet
EOLS-765-496
765 nm
Ceramic SMD 3838
44 mW
120°
Datasheet
EOLS-770-496
770 nm
Ceramic SMD 3838
44 mW
120°
Datasheet
EOLS-780-227
780 nm
Ceramic SMD 6046
52 mW
20°
Datasheet
EOLS-800-227
800 nm
Ceramic SMD 6046
38 mW
20°
Datasheet
EOLS-800-496
800 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-810-843
810 nm
SMD 1206
mW
40°
Datasheet
EOLS-810-496
810 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-840-843
840 nm
SMD 1206
13.5 mW
40°
Datasheet
EOLS-855-496
855 nm
Ceramic SMD 3838
110 mW
120°
Datasheet
EOLS-855-227
855 nm
Ceramic SMD 6046
910 mW/sr
20°
Datasheet
EOLS-870-496
870 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-880-195
880 nm
SMD 1206
5 mW
140°
Datasheet
EOLS-880-590
880 nm
SMD 3018 sideview
5 mW
120°
Datasheet
EOLS-880-496
880 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-915-995
915 nm
PLCC4
4.5 mW
90°
Datasheet
EOLS-920-995
920 nm
PLCC4
4.5 mW
90°
Datasheet
EOLS-940-590
940 nm
SMD 3018 sideview
4.6 mW
120°
Datasheet
EOLS-940-843
940 nm
SMD 1206
13.5 mW
40°
Datasheet
EOLS-950-843
950 nm
SMD 1206
4.6 mW
40°
Datasheet
EOLS-970-195
970 nm
SMD 1206
3 mW
140°
Datasheet
EOLS-1020-590
1020 nm
SMD 3018 sideview
10 mW
120°
Datasheet
EOLS-1020-843
1020 nm
SMD 1206
10 mW
40°
Datasheet
EOLS-1020-496
1020 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-1050-995
1050 nm
PLCC4
7.5 mW
90°
Datasheet
EOLS-1050-199
1050 nm
SMD 1206
3 mW
140°
Datasheet
EOLS-1050-496
1050 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-1070-496
1070 nm
Ceramic SMD 3838
38 mW
120°
Datasheet
EOLS-1200-995
1200 nm
PLCC4
1.8 mW
90°
Datasheet
EOLS-1200-199
1200 nm
SMD 1206
5 mW
140°
Datasheet
EOLS-1200-843
1200 nm
SMD 1206
5 mW
40°
Datasheet
EOLS-1300-995
1300 nm
PLCC4
1.8 mW
90°
Datasheet
EOLS-1300-194
1300 nm
SMD 1206
11 mW
40°
Datasheet
EOLS-1300-843
1300 nm
SMD 1206
5 mW
40°
Datasheet
EOLS-1450-995
1450 nm
PLCC4
1.8 mW
90°
Datasheet
EOLS-1450-199
1450 nm
SMD 1206
2 mW
140°
Datasheet
EOLS-1450-843
1450 nm
SMD 1206
2 mW
40°
Datasheet
EOLS-1550-995
1550 nm
PLCC4
0.8 mW
90°
Datasheet
EOLS-1550-199
1550 nm
SMD 1206
1.7 mW
140°
Datasheet
EOLS-1550-843
1550 nm
SMD 1206
1.7 mW
40°
Datasheet
EOLS-1550-496
1550 nm
Ceramic SMD 3838
54 mW
120°
Datasheet
EOLS-1650-995
1650 nm
PLCC4
0.8 mW
90°
Datasheet
EOLS-1650-199
1650 nm
SMD 1206
1.7 mW
140°
Datasheet
EOLS-1650-843
1650 nm
SMD 1206
1.7 mW
40°
Datasheet
Applications: Industrial Sensors; Automation; Security and Safety Technology; Diagnostics; Biomedical Technology; Medical Imaging; Analytical Instruments; Scientific Analysis; Photo Catalyst; Medical Phototherapy; UV Curing; UV Sterilization
Product number:
SW11563
Manufacturer:
EPIGAP Optronic
Epitex Series Single-chip LEDs
365-1750 nm; Low- or High-Power; Package Molded 3, 4, 5 mm or SMT; Flat or Lensed
Based on reliable technologies and over 25 years of experience, Ushio Europe’s Epitex Series of single-chip LEDs cover all wavelengths in the UV, visible and IR spectra, from 365 nm to 1750 nm.
Ushio Europe’s custom-made chip technologies and packaging technologies allow strong collaboration and support in product development with the customer from start to finish.
Within the Epitex Series, Ushio Europe offers a wide range of high-quality LED chip products. They are available in different intensities and sizes, suitable for each and any application. It is also possible to produce LED chips to customer specifications, so if the chip you need is not part of our selection, please contact the AMS Technologies LED experts – we’ll be happy to help you.
Customers can choose a suitable wavelength product for the application from Ushio Europe’s Epitex Series product range, which is available every 20 nm (below 1000 nm) and every 100 nm (over 1000 nm).
Epitex Series single-chip LEDs are available as mold types with diameters of 3 mm, 4 mm or 5 mm. but also in surface mount packages (SMT).
The SMT family of surface mount type (TOP) LEDs with wavelengths from 375 nm to 1650 nm features a 3.5 mm x 2.8 mm package, either as flat type or with epoxy or silicone resin lens.
Ushio Europe’s SMBB family comprises high-power TOP LEDs with wavelengths from 365 nm to 1650 nm in a 5 mm x 5 mm package, either as flat type or with -02, -03 or -05 lens.
The EDC family of surface mount type high-power TOP LEDs with wavelengths from 365 nm to 1650 nm features a 3.5 mm x 3.5 mm ceramics package with standard type or S5 lens.
Ushio Europe’s D-Series comprises SWIR Chip LEDs with wavelengths from 1050 nm to 1750 nm and a chip side length of 350 µm.
Key Features:
Customised Specifications
Wide Range of Wavelengths in the UV, Visible and IR Spectra: 365 nm to 1750 nm
Various Models Supporting All Output Ranges From Low Power to High Power
Highest Power for SWIR (Short Wavelength Infrared) LEDs
Wide Range of Packages
Applications: Especially Suited for Optical Analysis; Scientific Measurement & Analysis; Blood Analysers; Optical Pattern Recognition; Curing; Medical Visualisation; Genetic Testing; Medical Treatment; Optical Topography; Ophthalmoscopes; Food Sorting; Material Identification; Visual Inspection; Solar Panel Inspection; Sun Simulators; Oximeters; Colour Section; Iris Authentication; Encoders; Agricultural Biotechnology; Recycling
Product number:
SW11628
Manufacturer:
USHIO OPTO SEMICONDUCTORS
GCS-Series High-power Lightguide-coupled LED Light Sources
LED Module; 340-980 nm; Typical Radiant Flux 12-2,200 mW; Iop 0.35-18 A; Vop 1.4-15.5 V
Mightex’s GCS-Series of high-power lightguide-coupled LED light sources are designed for high-efficiency coupling of LED light into a liquid lightguide (LLG) or a fiber optic bundle. Virtually all lightguides with core diameters ranging from 3 to 8 mm can be used with the GCS-Series light sources. Please note that lightguides and adapters as well as lightguide collimators are sold separately.
GCS-Series lightguide-coupled LED light sources also feature a locking electrical connector for secured connection. The devices are designed as a universal light source for general lab use and OEM applications. Their one-piece machined aluminium alloy housing features integrated heatsinks and multiple mounting holes.
Multi-chip LED emitters have been added to the product portfolio (Type-B). Some of these 7 to 15 W LEDs have a total optical power exceeding 1 W, quadrupling the power of a single-chip LED (Type-A). Models with higher powers (i.e. Type-B with 7 W and higher) feature a cooling fan and have a different form factor compared to other models. Please examine the installation drawings in the downloadable datasheet carefully. Power supply for the cooling fan is included in the price of the LED light sources.
All Mightex LED controllers such as software-controlled LED controllers like the SLC-Series , manual LED controllers like the SLA-Series or other LED drivers and current sources can be used to drive the GCS-Series light sources.
Key Features:
High-power UV/VIS/NIR/White Lightguide-coupled LEDs
Broad Wavelength Range: 340 to 980 nm (UV, VIS Visible, NIR Near Infrared), 3000 to 6500 K for White LED Versions
Typical Radiant Flux: 12 mW to 2.2 W
Iop: 350 mA to 18 A
Vop: 1.4 to 15.5 V
Interchangeable Liquid Lightguides or Fiber Bundles
Compact, Machined Metal Housing With Integrated Heat Sink
Multiple Mounting Features for Lab and OEM Applications
Locking Electrical Connector
Applications: Microscopy; Fluorescence; Machine Vision; Sensors; Semiconductor Equipment; Testing Instruments; Medical Instruments
Product number:
SW11315
Manufacturer:
Mightex
High-power LCS-Series Collimated LED Light Sources
UV-NIR; 365-980 nm; 0.84-15 W; Iop 350-3,500 mA; Vop 1.4-15.5 V; Typ. Output Power 30-1,500 mW
Mightex’s high-power LCS-Series of collimated LED light sources employ a high-NA (numerical aperture) aspherical collimating lens for precision collimation and high light throughput. Four mechanically differing sub-series with clear apertures of 11, 22, 38 and 48 mm are available.
A LED collimator consists of a collimating lens and a LED emitter. The LED emitter is placed at the focal plane of the collimating lens. The collimating lens thus images the LED emitter into infinity.
LED collimators can be used as the light source in an illumination system. For example, LED collimators can replace the standard lamp assembly in a microscope to provide stable, intense, and fast-modulated illumination. Typically, the rest of the illumination optics will image the LED emitter onto the pupil of the imaging optics whereas the lens aperture on the collimator where intensity is uniform will be projected onto the object. In other illumination applications, similar arrangement should be made to produce uniform and efficient illumination.
The LED emitters of the high-power LCS-Series collimated LED light sources are mounted directly onto the metal base of the collimator which also features an integrated heat sink. This configuration minimizes thermal resistance between the LED emitter and the heat sink resulting in better heat dissipation. The collimating lens can be adjusted if needed for precise collimation. A locking ring fixes the lens position after adjustment. The collimators have been pre-adjusted in the factory.
Multi-chip LED emitters (i.e. Type-B) have been added to the high-power LCS-Series product portfolio. Some of these 7 W to 15 W LEDs have total optical power exceeding 1 W, quadrupling the power of a single-chip LED. Such Type-B models with higher powers (7 W and higher) feature a cooling fan and have a different form factor compared to other models. Please examine the installation drawings carefully. Power supply for the cooling fan is included in the price of the Type-B LCS-Series of collimated LED light sources.
The LED collimators include a 1.5-meter cable with two bare-wire terminals at the end for universal LED controllers. Models with 22 or 48 mm clear aperture are also available connectorized for Mightex BLS-Series LED controllers. The light sources can be driven by Mightex LED controllers or other LED controllers and current sources.
An optional focusing module can be mounted on the front of the LED collimator to focus light into a tight spot which is an image of the LED emitter. One of the applications with the focusing module is coupling LED light into a fiber or a lightguide.
Additional interchangeable collimating lenses are available to produce different beam sizes with the same light source.
Key Features:
Interchangeable Aspherical Collimating Lens
High Numerical Aperture (NA)
High-power Emitters (up to 50 W)
Wide Range of Available Wavelengths: 365 to 980 nm, 3000 to 6500 K for White LED Versions
High Typical Collimated Output Power: 30 to 1,500 mW
Adjustable Focus
Optional Focusing Module
Optional Lightguide Adapter
Multiple Mounting Features for Lab and OEM Applications
Integrated Heatsink
Cooling Fan for >7 W Models
Applications: Microscope Illuminator; General Purpose Light Source; Fiber Coupling (With Optional Focusing Module)
Product number:
SW11228
Manufacturer:
Mightex
LCS-BC25 Multi-wavelength Beam Combiners
Beam Combiners for 22 mm Dia. Collimated LED Light Sources; 255-940 nm; Clear Aperture 25 mm Dia.; Reflection ~30->95%; Transmission ~45->95%; Integrated Filter Well
Mightex LCS-BC25 series of multi-wavelength beam combiners combine two collimated LED light sources of different wavelengths into a single collimated beam. Multiple combiners can be cascaded to combine more than two collimated LED light sources.
At the heart of the LCS-BC25 beam combiners is a high-performance dichroic beamsplitter that combines two wavelengths with >95% efficiency. A neutral beamsplitter is also available as a lower-cost solution for applications where maximum light throughput is not required.
LCS-BC25 beam combiners are characterized by the edge wavelengths of their dichroic beamsplitters. Please check the downloadable data sheet to select the correct beam combiner for the intended collimated LED light source.
The beam combiner includes multiple mounting holes and threads so that it can be easily integrated into a system. Each input port features a fine 2-axis tilt adjustment to allow precise alignment of the collimated LED light sources relative to system optical axis. A robust locking mechanism is also provided to maintain alignment over time. Additionally, adapters are also available for coupling to major brands of microscopes.
For adding optical filters to the input ports, a filter well is integrated into each input port so that a 25.4 mm (1”) diameter optical filter can be inserted in between the LED light source and the beamsplitter. Narrow band filters and polarizers may be used to clean up LED spectrum or change the polarization state of the output beam.
Here are the dimension requirement for the dichroic/beamsplitters to be fit into the beam combiner cubes:
Length: 34 to 36 mm
Width: 25 to 26.5 mm
Thickness: 1 mm recommended, 1.5 mm max.
Multiple beam combiners can be connected using dedicated connecting plates (sold separately). Currently, Mightex’s LCS-BC25 multi-wavelength beam combiners can only be used to directly combine 22-mm diameter collimated LED light sources. For 11-mm diameter collimated LED light sources, a mechanical adapter (Product Number ACC-BC25-011) can be used to attach the LED light sources to the beam combiners, before the 11-mm diameter collimated LED light sources can be combined.
Key Features:
Combines Two 22 mm Diameter Collimated LED Light Sources Into a Single Collimated Beam
Cascadable for More Than Two Sources
Clear Aperture: 25 mm Diameter
Precision Locking Tilt Adjustment on Each Port
High-efficiency Dichroic Beamsplitters
Reflection on Reflection Port: ~30 to >95%
Transmission on Transmission Port: ~45 to >95%
Low-cost Neutral Beamsplitters Available
Integrated Filter Well (for 25.4 mm (1”) Diameter Filters) for Each Beam
Wide Range of Available Wavelengths: 255 to 940 nm
Multiple Mounting Features for Lab and OEM Applications
Microscope Adapters Available
Applications: Illumination for Photonics Applications; Fiber Coupling (With Optional Focusing Module); Microscope Illuminator; General Purpose Beam Combiner or Splitter
Product number:
SW11233
Manufacturer:
Mightex
LDT Series 1300 nm Edge-emitting LEDs
1300 nm; Spectral Width 80 nm; Optical Power 4-250 µW; Optical Rise/Fall Time 4 ns; Package 14-pin DIL, TO56
OSI LaserDiode‘s LDT Series of 1300 nm edge-emitting LEDs (light-emitting diodes) feature stable power and spectral characteristics over temperature. These LEDs are typically used in data or analog transmission systems where the launch power requirements are too great for an SLED component and where a laser is not suitable.
LDT Series LEDs are available with 14-pin DIL package and single mode (SM) or multi mode (MM) fiber pigtail as well as with TO53 package sealed by a window or aspheric lens cap.
Versions with the LDT Series 1300 nm edge-emitting LED in a hermetic, stable, RoHS compliant 14-pin dual-in-line package (DIP) feature the MOCVD-grown InGaAsP devices aligned to either a single mode (SM) or multi mode (MM) optical fiber.
Two versions of the 14-pin DIP package are offered: The standard package with a long-horn flange (cooler package) is configured either with or without a thermistor and a Peltier-effect thermoelectric cooler (TEC). A second uncooled, low-profile package without a flange is also available for applications where space is limited and temperature control is not required.
In addition to the 14-pin DIL versions, three models are available in a 3-pin, RoHS compliant TO 56 package. Sealed by a window cap, the LDT 125-TO56WR device features a minimum optical output power of 125 µW, while the LDT 300-TO56WR device emits a minimum optical power of 250 µW. The LDT 125-TO56LR device is packaged in a 3-pin TO56 with aspheric lens cap and emits a minimum optical output power of 60 µW into a 62.5 µm fiber.
Key Features:
Center Wavelength: 1300 nm Typical
Spectral Width: 80 nm Typical
Optical Power: 4 µw to 250 µW
Excellent Thermal Stability
Versions with 14-pin DIL or TO56 Package Available
Hermetic 14-pin DIL Package Versions With Single Mode (SM) or Multi Mode (MM) Pigtail
Hermetic 14-PIN DIL Packages With Thermoelectric Cooler (TEC) Option
High Reliability Coupling (14-PIN DIL Package)
TO56 Package Versions with Window or Aspheric Lens Cap
Emitting Area: 6 x 2 mm (TO56 Package)
Forward Voltage: 2 V (TO56 Package)
Maximum Forward Current: 150 mA (14-PIN DIL Package)
Optical Rise / Fall Time: 4 ns
Military Screening Available
Operating Temperature Range: -40 °C to +85 °C
Applications: Data or Analog Transmission Systems With Launch Power Requirements Too High for SLED and Laser Not Suitable; Fiber Optic Modems; TFOCA Systems
Product number:
SW11582
Manufacturer:
OSI LaserDiode
Multi-wavelength Collimated LED Light Sources
Multiple Wavelengths with Beam Combiners; UV-NIR; 365-980 nm; 0.84-15 W per LED Light Source; Iop 350-3,500 mA per LED Light Source; Vop 1.4-15.5 V; Typ. Output Power 30-1,500 mW per LED Light Source
With Mightex’s multi-wavelength collimated LED light sources, multiple LED sources can be efficiently combined into a single output beam and offer major advantages such as long lifetime, easily tuneable spectrum, high power stability, and ultra-fast switching (µs level) without using moving mechanical components.
The light source’s single collimated output beam is often further coupled into an optical systems. The highly collimated multi-wavelength output beam is suitable for working with lenses , filters , dichroic, mirrors , and many other optical components , while simultaneously allowing the user to tailor the spectrum to best suit the specific application requirements.
Mightex’s multi-wavelength collimated LED light sources can be constructed by combining the following components:
Mightex LCS-BC25 multi-wavelength beam combiners; and
Mightex high-power LCS-Series collimated LED light sources.
For details on these two product series, please refer to the downloadable datasheets.
Depending on the specific configuration geometry, multi-wavelength collimated LED light sources can be largely categorized into two groups:
“Straight-through” type, in which each additional LED/wavelength is added to the assembly in series, and hence the first LED/wavelength will have the longest optical path length while the last LED/wavelength will have the shortest; or
“Equal-path” type, in which all LEDs/wavelengths have equal optical path length at the output.
Below is a step-by-step guide on how to construct a multi-wavelength collimated LED source:
Step 1: Select your desired collimated LED sources (up to 8 or more LEDs) based on wavelengths and output powers, according to the specific requirements for your application. Currently, only 22 mm diameter collimated LEDs can be DIRECTLY combined using Mightex LCS-BC25 multi-wavelength beam combiners, while 11 mm diameter collimated LEDs can be attached to a beam combiner using an adapter and then combined.Low-power collimated LEDs (e.g. 5 W or below) have a Type-A package, while high-power collimated LED’s (e.g. 7 W or above) have a Type-B package (with a cooling fan).
Step 2: Rank the selected collimated LEDs by their wavelengths (from long to short). For example, a customer may choose the following four LEDs for his specific application:
LED#1, 740 nm, 1 W, Type-A;
LED#2, 590 nm, 10 W, Type-B;
LED#3, 530 nm, 15 W, Type-B; and
LED#4, 470 nm, 5 W, Type-A.
(I) “Straight-through” Type
Step 3: Combine LED#1 and LED#2 (i.e. the two LEDs with the longest wavelengths) by selecting the appropriate beam combiner. In this specific example, LCS-BC25-0660 (or LCS-BC25-0685 ) can be used to combine LED#1 (740 nm) and LED#2 (590 nm).
Step 4: Add LED#3 to the sub-assembly by selecting a second beam combiner. A connecting plate (product number ACC-BC25-CP-01/02/03) is used to hold the two beam combiners together. In the specific case discussed here, LED#3 (530 nm) can be added to the sub-assembly using a beam combiner LCS-BC25-0560 .
Step 5: Add LED#4 to the sub-assembly by selecting a third beam combiner. A second connecting plate (product number ACC-BC25-CP-01) is used to attach the beam combiner (along with LED#4) to the sub-assembly. In the specific case discussed here, LED#4 (470 nm) can be added to the sub-assembly using a beam combiner LCS-BC25-0505 .
Now, all four LEDs have been successfully combined together to form a combined collimated output beam. One more following step is optional, and it only applies if one would like to (a) further connect the multi-wavelength collimated LED to a microscope, using a microscope adapter, or (b) further couple the combined LED beam into a lightguide, adding a lightguide adapter.
(II) “Equal-path” Type
Now, one may put LED#1 and LED#2 into one group (“group 1”), and LED#3 and LED#4 into the other group (“group 2”).
Step 3: Combine group 1 (i.e. LED#1 and LED#2, the two LEDs with the longest wavelengths), by selecting the appropriate beam combiner. In this specific example, LCS-BC25-0660 (or LCS-BC25-0685 ) can be used to combine LED#1 (740 nm) and LED#2 (590 nm).Similarly, Combine group 2 (i.e. LED#3 and LED#4, the two LEDs with the shortest wavelengths), by selecting the appropriate second beam combiner. In this specific example, LCS-BC25-0515 (or LCS-BC25-0495 ) can be used to combine LED#3 (530 nm) and LED#4 (470 nm).
Step 4: Choose a third beam combiner (e.g. LCS-BC25-0550 ), and combine group 1 and group 2 assemblies into one large assembly.
Now, all four LEDs have been successfully combined together to form a combined collimated output beam. One more following step is optional, and it only applies if one would like to further connect the multi-wavelength collimated LED to a microscope, using a microscope adapter.
Key Features:
Custom Reconfigurable Wavelengths and Geometry
2 to 8 (or more) LED Emitters
Wide Range of Available Wavelengths: 365 to 980 nm (UV, VIS Visible, NIR Near Infrared), 3000 to 6500 K for White LED Versions
High Typical Collimated Output Power per LED Emitter: 30 to 1,500 mW
No Moving Parts
Collimated Beam, With Optional Lightguide Adapter
Optional Microscope Adapters
Applications: Microscopy; Spectroscopy; Chemistry; Other Physical Science Applications
Product number:
SW11313
Manufacturer:
Mightex
Photodiodes & IREDs for Smoke Detection
Excelitas provides photodiodes and IREDs as well as custom assemblies with specified signal level range to address the requirements of electro-optical smoke detectors.
An electro-optical smoke detector consists of an infrared LED light emitting diode (IRED) and photodiode assembly which exhibits a signal under the presence of smoke in the detection volume (smoke chamber). Signal range under smoke and clean-air conditions and their long-term stability are key features of a smoke detector module.
Such an assembly can be an optical block containing an IRED and PD for (SMD) board soldering or the complete smoke chamber, which are produced in high volumes. In addition to the components presented in the tables above, Excelitas can provide higher value-add assemblies for smoke detection applications, including the following:
An optics block which consists in a Photodiode-IRED pair selected, assembled into a plastic housing and tested to have a controlled range of transfer function between the IRED to photodiode signal under given smoke conditions.
A smoke chamber with base which can be easily integrated on a PCB for use with the optics block.
For further details on these or other sub-assemblies, including readout ICs, please contact the AMS Technologies experts to discuss your requirements.
Application: Electro-optical Smoke Detection
Product number:
SW11555
Manufacturer:
Excelitas Technologies
PLS-Series LED Spotlights
UV-NIR; 340-980 nm; 0.7-66.6 W; Iop 350-18,000 mA; Vop 1.4-16.6 V; Typ. Output Power 11-2,000 mW
Mightex’s PLS-Series of precision LED spotlights are a general-purpose light source that can be used where uniform and high-intensity illumination is required. State-of-the-art high-power LED emitter and a proprietary high-NA multi-element aspherical optical system combine to produce a high-power, uniform illumination spot with a highly-delineated edge.
PLS-Series standard range LEDs have a minimum working distance of 100 mm, being able to produce a 30 mm diameter spot at such distance. Spot diameter scales linearly with working distance.
PLS-Series close range versions have a minimum working distance of 75 mm, being able to produce a 10 mm diameter spot at such distance. These close range PLS-Series LED spotlights also have a maximum working distance of 100 mm, producing a spot 17 mm in diameter.
The projection lens at the front of the LED spotlights can be slid and locked to focus the illumination pattern at different working distances. The LED emitters are mounted directly on the metal base of the light source which also features an integrated heatsink. This configuration minimizes thermal resistance between the LED emitter and the heatsink, resulting in better heat dissipation.
Multi-chip LED emitters (i.e. Type-B) have been added to the PLS-Series product portfolio. Some of these 7 W to 15 W LEDs have total optical power exceeding 500 mW, doubling the power of a single-chip LED. Such Type-B models with higher powers (7 W and higher) feature a cooling fan and have a different form factor compared to Type-A models. Please examine the installation drawings carefully. Power supply for the cooling fan is included in the price of the Type-B precision LED spotlights.
The PLS-Series of precision LED spotlights includes a 2 m cable with two bare-wire terminals at the end. The light sources can be driven by Mightex LED controllers or other LED controllers and current sources.
Key Features:
Uniform Illumination Spot With a Highly Delineated Edge
Wide Range of Available Wavelengths: 340 to 980 nm, 3000 to 6500 K for White LED Versions
0.7 to 66.6 W High-power Emitters
Multi-element Aspherical Optics
High Output Power: 11 to 2,000 mW
Minimum Working Distance: 100 mm (Standard Range Types), 75mm (Close Range Types)
Maximum Working Distance: 100 mm (Close Range Types)
Spot Diameter at Minimum Working Distance: 30 mm (Standard Range Types), 10 mm (Close Range Types)
Spot Diameter at Maximum Working Distance: 17 mm (Close Range Types) – for Standard Range Types Spot Diameter Scales Linearly With Working Distance
Adjustable Focus
Integrated Heatsink
Multiple Mounting Features for Lab and OEM Applications
Applications: General Purpose Light Source; Machine Vision; Bio-photonics; Semiconductor Equipment; UV Curing
Product number:
SW11227
Manufacturer:
Mightex
SLS Series LED Spotlights
UV-NIR; 395-850 nm; 1-3 W; Iop 350-1,000 mA; Vop 1.8-3.9 V; Typ. Luminous Flux 30-80 lm, 180-450 mW; Clear Aperture 19 mm
Mightex’s SLS Series of high-power LED spotlights provides ready-to-use high-power LED light sources with integrated heat sinks and mounted collecting optics.
High-power LEDs are a new class of light sources that have numerous applications in industry, consumer, medical, and scientific fields. However, engineers and scientists often find that they have to design and fabricate heat sinks and optics mounts, and solder electrical contacts before they can light up a high-power LED.
SLS Series of high-power LED spotlights are ready-to-use with integrated heat sinks and mounted collecting optics. These compact high-power light sources are designed as a universal light source for general lab use and OEM applications.
The SLS Series’ mechanical housing features multiple mounting holes compatible to common opto-mechanical mounts. SLS Series light sources can be driven by Mightex’s SLC-Series of multi-channel LED drivers or other LED drivers and current sources.
A dedicated heat sink (Part Number ACC-SLS-HS) is available and recommended for assisting heat dissipation in order to avoid overheat.
LED Emitter Specifications:
Part Number
Description
Wavelength (nm)
Iop (mA)
Vop (V)
Typical Luminous Flux3 (lm)
SLS-0109-X
1 W UV
395 to 410
350
3.5
180 mW
SLS-0300-X
3 W White
5,500 K
1000
3.9
80
SLS-0309-X1
3 W UV
395 to 410
700
3.5
350 mW
SLS-0301-X
3 W Royal Blue
455
1,000
3.9
450 mW
SLS-0302-X
3 W Blue
470
1,000
3.9
30
SLS-0303-X
3 W Cyan
505
1,000
3.9
80
SLS-0304-X
3 W Green
530
1,000
3.9
80
SLS-0305-X
3 W Amber
590
1,000
3
80
SLS-0306-X
3 W Red-Orange
617
1,000
3
90
SLS-0307-X
3 W Red
625
1,000
3
80
SLS-0310-X
3 W Deep Red
657
1,000
3.1
280 mW
SLS-0208-X2
2.4 W Near Infrared
850
1,000
1.8 to 2.4
375 mW
X represents the lens code – see table below for lens code description1 Emitter consists of two dies – divergence angle approximately doubles along one direction when used with collecting optics2 Without collecting optics, this LED emits light from a 1x1 mm area onto a 60° cone3 Due to variations in the manufacturing process and operating parameters such as temperature and current, the actual output of any given LED may vary. Specifications are intended to be used as a guideline.
Collecting Optics Specifications:
Lens Code
Description
X- Half Angle (°)
Y- Half Angle (°)
A
Narrow Beam
5
5
B
Medium Beam
15
15
C
Wide Beam
25
25
D
Oval Beam
5
20
E1
Fiber Bundle Coupling
7 mm full field
7 mm full field
1 Focuses light into a spot at approximately 12 mm in front of the lens. Ideal for coupling light into fiber bundles, liquid lightguides and integrators.
Key Features:
Wavelength Range: 395 to 850 nm
1 W and 3 W High-power Emitters
Five Different High-efficiency Collecting Optics
Round and Oval Illumination Profiles
Collecting Optics Clear Aperture: 19 mm
Collecting Optics Efficiency: 85%
Precision Machined Aluminium Housing
Multiple Mounting Features for Lab and OEM Applications
Applications: Machine Vision; Displays; Microscopy; Semiconductor Equipment; Testing Instruments; Medical Instruments; Lighting; Fiber Bundle Coupling
Product number:
SW11226
Manufacturer:
Mightex
Super High-power LCS-Series Collimated LED Light Sources
UV-NIR; 365-730 nm; 33.3-106.2 W; Iop 2.4-18 A; Vop 2.9-5.1 V; Typ. Output Power 260-3,500 mW
Mightex has added Type-H and Type-J super high-power collimator LED light sources with 30 to 106 W emitters to the LCS-Series of collimated LED light sources. These collimator light sources produce a market-leading optical power output of up to 3.5 W, which is up to 5 times from Mightex’s existing high-power Type-B collimator LED light sources. Four mechanically differing sub-series with clear apertures of 11, 22, 38 and 48 mm are available.
The LED emitters are mounted directly onto the metal base of the collimator which also features an integrated heat sink and a cooling fan (Type-H models only). This configuration minimizes thermal resistance between the LED emitter and the heat sink resulting in better heat dissipation. The collimating lens can be adjusted if needed for precise collimation. A locking ring fixes the lens position after adjustment. The collimators have been pre-adjusted in the factory.
The new Type-H and Type-J super high-power LCS collimated LED light sources are larger in dimensions compared with existing Type-A and Type-B LCS light sources. Please examine the installation drawings carefully.
Power supply for the cooling fan is included in the price of the Type-H super high-power LCS collimated LED light sources. The LED collimators include a 1.5-meter cable with two bare-wire terminals at the end. The light sources can be driven by Mightex LED controllers or other LED controllers and current sources.
Super high-power LCS-Series collimated LED light sources are compatible with a large number of optical accessories/adapters:
An optional focusing module can be mounted on the front of the LED collimator to focus light into a tight spot which is an image of the LED emitter. This is useful for application requiring very high optical density such as fluorescence spectroscopy, or to focus LED light into a fiber or a lightguide.
An optional lightguide adapter is also available to couple the LED light into a lightguide with high efficiency.
Additional interchangeable collimating lenses are available to produce different beam sizes with the same light source.
Key Features:
Interchangeable Aspherical Collimating Lens
High Numerical Aperture (NA)-
High-power Emitters (up to 106 W)
Wavelength Range: 365 to 730 nm
High Typical Collimated Output Power: 260 to 3,500 mW
Adjustable Focus
Optional Focusing Module
Optional Lightguide Adapter
Multiple Mounting Features for Lab and OEM Applications
Integrated Heatsink and Cooling Fan (Type-H Models)
Applications: Microscope Illuminator; General Purpose Light Source; Fiber Coupling (With Optional Focusing Module)
Product number:
SW11229
Manufacturer:
Mightex
UVC LED Module
260-280 nm; UVC Output Power 50 mW; Supply Voltage 12 VDC; Forward Current 350 mA; Radiation Angle 120°
NTT AT Advanced Technology's newly introduced UVC LED module features a very high light output power of 50 mW in the UVC wavelength range from 260 nm to 280 nm. This makes the module ideal for sterilizing surfaces (e.g. the handrail of an escalator) or for use in air purifiers and air conditioners.
For example, as an essential functional element of the NTT-AT Advanced Technology GUV-C105 sterilization box, this UVC LED module allows a very short sterilization time of only 90 seconds.
The module is very easy to design into devices and systems due to its integrated driver circuit for a 12 VDC power supply as well as performance data such as a beam angle of 120°, very low heat emission or compact dimensions of only 56 x 42 x 27 mm.
Key Features:
UVC Wavelength: 260 to 280 nm, Ideal for Sterilization
High UVC Output Power: 50 mW
Radiation Angle: 120°
High Irradiation Power
Supply Voltage: 12 VDC
Power Consumption: 4.2 W
Forward Current: 350 mA
Forward Voltage Vf:6 to 6.5 V
Driving Circuit Included for 12 VDC, 350 mA
UVC LED Mounted on Heat Sink
Very Low Heat Emission
Heat Dissipation: Tj≤+100 °C @ Ta=+40 °C, 350 mA
Operating Temperature: 0 °C to +50 °C
Compact Size: 56 x 42 x 27 mm, Including Heat Sink
Applications: Air Purifiers; Air Conditioners; Water Sterilization; Belt Conveyer Surface Sterilization; Escalator Handrail Sterilization; Surface Sterilization
Product number:
SW11525
Manufacturer:
NTT-AT
WLS-Series WheeLED Multi-wavelength LED Light Sources
Up to 9 LED Modules; 340-980 nm; Typical Output Power 23-500 mW; Iop 350-1,000 mA; Vop 1.4-4.3 V
Many applications require wavelength-switchable light sources. For example, in vision applications different types of objects may require different illumination wavelengths for optimized contrast. Mightex’s WLS-Series of WheeLED™ wavelength-switchable LED light sources let users manually switch between a selection of LED sources with different wavelengths and/or white LEDs.
A wide range of wavelengths and white LEDs are available for users to choose from. Start with a blank chassis (product number WLS-22-A) and add up to nine (9) LEDs emitters (product numbers WLS-LED-xxxx-xx) to your WheeLED chassis. The selected LEDs are installed in the light source chassis in the factory. Users can then switch among the installed LEDs by manually turning a hand wheel.
A high-NA (numerical aperture) aspherical collimating optics is included for precision collimation and high light throughput. Clear aperture of the optics is 22 mm in diameter. Other optional optics may be added for fiber /lightguide coupling and other functions.
The light source includes a 1.5 m electrical cable with a connector on one end to be plugged into the light source, and two bare-wire terminals at the other end. The light sources can be driven by Mightex LED controllers or other LED controllers and current sources. Only a single driving channel is required because at any time only one wavelength is powered up. Over-current protection is built into the light source to prevent potential damage during switching.
An optional focusing module can be mounted on the front of the LED collimator to focus light into a tight spot which is an image of the LED emitter. An optional lightguide adapter is also available to couple the LED light into a lightguide.
Key Features:
Switchable Among Wavelengths/Colours
Up to 9 LED Emitters
Wide Range of Available Wavelengths: 340 to 980 nm (UV, VIS Visible, NIR Near Infrared), 4000 to 6500 K for White LED Versions
Typical Output Power: 23 to 500 mW
Iop: 350 to 1,000 mA
Vop: 1.4 to 4.3 V
Standard 22 mm Diameter Collimating Optics
Optional Focusing Module
Optional Fiber-coupling Optics
Optional Lightguide-coupling optics
Optional LED Controllers
Applications: General Purpose Light Source; Microscope Illuminator; Fiber and Lightguide Coupling
Product number:
SW11312
Manufacturer:
Mightex